Electrical pressure causing electron flow in a current is

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Multiple Choice

Electrical pressure causing electron flow in a current is

Explanation:
Voltage is the electrical pressure that pushes electrons to move in a circuit. It represents the potential difference between two points; the greater the potential difference, the stronger the push and the more current can flow through a conductor (I = V / R). This is why voltage is described as the driving force behind current. Current, measured in amps, is the actual flow of electrons that results from that push, while resistance (measured in ohms) is what opposes or limits the flow. Power, measured in watts, is the rate at which the circuit does work and equals V times I. So the pushing force that causes electron flow is voltage.

Voltage is the electrical pressure that pushes electrons to move in a circuit. It represents the potential difference between two points; the greater the potential difference, the stronger the push and the more current can flow through a conductor (I = V / R). This is why voltage is described as the driving force behind current.

Current, measured in amps, is the actual flow of electrons that results from that push, while resistance (measured in ohms) is what opposes or limits the flow. Power, measured in watts, is the rate at which the circuit does work and equals V times I. So the pushing force that causes electron flow is voltage.

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